Network Cable Ārdarbu 96 Optical Fiber Cable Multitube Duct SM LT-MT-96F-E2458 NA

The Ārdarbu 96 Optical Fiber Cable Multitube Duct SM LT-MT-96F-E2458 NA is a multitube single-mode fiber cable engineered for high-speed data transmission in network infrastructures. With 96 optical fibers arranged in multiple buffer tubes, the cable is intended for duct installations where low attenuation, signal integrity and mechanical protection are required. The construction balances tensile strength and flexibility to support installation in outdoor ducts and engineered pathways while maintaining optical performance suitable for long-distance links.

Advantages

This 96-fiber multitube duct cable provides high fiber count in a compact cross-section, reducing the number of individual runs and conduit space required. The single-mode fibers offer low attenuation and stable signal characteristics for long-reach connections. Robust outer sheathing and internal tube design improve resistance to moisture and mechanical stress during installation and operation. The cable design supports standard splicing and termination practices, facilitating integration with existing fiber infrastructure.

Suitable for

• Backbone network links in urban and campus duct systems
• Long-haul single-mode fiber transmission and aggregation points
• Telecommunication and service provider trench or duct installations
• Underground and protected outdoor pathways connecting distribution nodes

Key specifications

• Fiber type: single-mode (SM)
• Fiber count: 96 fibers in multiple buffer tubes
• Cable design: multitube duct construction suitable for duct installation
• Optical performance: low attenuation typical of single-mode fibers (suitable for long-distance links)
• Mechanical properties: designed for duct deployment with tensile and crush resistance appropriate for installation
• Environmental suitability: intended for outdoor duct and protected underground use

How to use

Install the cable within an appropriate duct or conduit following local installation standards and safety rules. Route the cable through the duct using suitable pulling equipment and ensure bend radii are not exceeded to prevent increased attenuation. After routing, perform standard fiber preparation, splicing or connector termination according to established procedures, and verify optical parameters with an optical time-domain reflectometer (OTDR) and power meter. Use proper sealing and cable entry accessories at junctions and manholes to maintain environmental protection.

Usage recommendations

Plan fiber counts and routes in advance to match network growth. During installation, monitor tension and bending; adhere to manufacturer-recommended minimum bend radius and maximum pulling loads. Use qualified technicians for splicing and testing to ensure low loss and long-term reliability in single-mode network deployments.